Full Brazing induction consists of a perfectly welded triple layer of forged aluminium on the surface, pure aluminium in the centre and a plate of stainless steel which completely covers the base of each pan. This welding technology guarantees the perfect fusion between the layers and makes them virtually impossible to separate.
What is the result of this fusion? Cooking times are reduced by 34% in comparison to traditional induction pans. This technology provides extra induction and uniform heat distribution through the base from side to side.
The Copper collection incorporates QuanTanium, the best non-stick surface on the market which includes titanium manufactured by Whitford for Masterpro.
QuanTanium is the first and only multi-layer non-stick surface with a mixture of titanium particles. Multi-layer with high resistance to scratching, abrasion and wear and tear, which beats any conventional non-stick coating on the market.
The QuanTanium non-stick system was designed to create optimum synergy with titanium, which provides maximum resistance to wear and tear. The titanium used in the QuanTanium coating is much harder than the chrome or steel used in most cooking utensils.
With QuanTanium, consumers can now enjoy the benefits of the best non-stick surface and be sure that it can handle anything.
Highly scratch resistant
Cook with a minimum of oil or fat
Easy to clean
Infinity Chefs' coatings are developed on the basis of three fundamental principles.
The handles of the Masterpro Foodies collection are made of stainless steel and enable us to work with absolute safety and total control, thanks to their professional design.
The Foodies collection handles give you a perfect, safe grip and maximum comfort when cooking. Their design prevents each utensil from overheating, so you won't get burnt, and insulates the heat from the body of each pan. There is a hole at the end of each handle which allows you to hang the frying pans, woks and fish pans on the wall.
The stainless steel is highly resistant to scratching and bending which can occur over time.